WM5500 Industrial Sawmill
A state-of-the-art industrial sawmill engineered as the advanced successor to the WB2000, designed for maximum productivity and versatility in modern sawmilling operations. The WM5500 combines increased cutting capacity, flexible blade options, and cutting-edge technology.
The WM5500 is an industrial-grade primary processing sawmill engineered for high-volume log conversion in commercial and enterprise-scale operations. It functions as a through-feed or semi-automated cutting system capable of processing hardwood and softwood logs up to 1 meter in diameter, converting raw timber into dimensioned lumber and specialty cuts for downstream manufacturing. The machine delivers significant technical advantages through its servo-driven sawhead positioning system, which completes vertical movements in 5 seconds—half the cycle time of previous-generation equipment. The system accommodates blade widths up to 120 mm (including premium Stellite-tipped options) with a substantial 900 mm × 900 mm cutting envelope, enabling multiple kerf-width configurations and reducing material waste per cut. The 45 kW motor provides consistent power across demanding hardwood applications, while the triple-row chain drive assembly ensures superior stability during heavy cutting loads—critical for maintaining tolerances across extended production runs. The WM5500 scales from 4.5 meter to 12 meter bed lengths, making it suitable for medium to large-scale sawmilling operations processing 50+ cubic meters of logs per day. This machine targets integrated wood products manufacturers, dedicated sawmill operations, and timber distributors requiring reliable primary processing with minimal downtime. The combination of cutting capacity, servo precision, and modular bed configuration positions it for facilities running 2-3 shift operations on mixed-diameter hardwood and construction-grade softwood. As a successor to legacy designs, the WM5500 improves cycle efficiency and blade utilization rates by approximately 40% through faster head positioning and wider blade compatibility. This class of equipment typically requires 380V three-phase power infrastructure and dedicated foundation work but delivers ROI primarily through increased throughput and reduced per-board production costs in high-volume environments.
